• Kimberly Jackson Safety* R30 Mask


    Kimberly's Kimberly Jackson Safety* R30 mask is a full-size face mask with no silicone or latex in all materials, with two respiratory regulating valves and protection level is up to FFP3 level.The gas is better dispersed during breathing and less resistance to breathing.It can effectively filter harmful substances and provide ideal protection for the working environment with high dust such as dust, water mist, oil mist and metal welding smoke.

    • Features and Advantages
    • Specifications
    • Applications

    ◆ Features and Advantages


    ○ Large size

    ○ Comfortably wear

    ○ Double breathing valve

    ○ Red color coding

    ○ Seal the entire face with waterproof treatment

    ○ The material is covered with soft cloth

    ○ Adjustable head strap

    Test at 120mg and pass the blockage test 

    ◆ Advantages


    ○ Increase face coverage and make the face coverage bigger

    ○ Provide modified conditions for the wearer during the shift

    ○ Exhaled air is better dispersed, reducing exhalation resistance

    ○ Performance levels are easy to identify (FFP3)

    ○ Better sealing, less fogging on the goggles

    ○ More comfortable to touch face skin

    ○ Increase comfort and safety

    ○ Increased ability to operate in dusty environments for longer periods of time

    Kinmberly Jackson Safety* 80 Mask
    Weight 35g
    Face seal material PVC foam+fabric
    Nose clip material Al
    Headband material Gray elastic braid
    Regulating valves number Two
    Regulating valves color Red
    Sales Unit 10/box
    Protection factor 50
    Total internal leekage AVG(N=6)=0.052%
    95l/min Respiratory resistance AVG (N=6) = 1.78mbar
    160 l/min Respiratory resistance
    AVG (N=6) = 1.64 mbar
    Penetrability: solid particle (NaCl 120mg)
    AVG (N=12)=0.069%
    Penetrability: Liquid particle(Parafin oil 120mg)
    AVG (N=6) = 0.141%
    Hazardous waste treatment, biological hazard cleaning, pharmaceutical production and laboratory personal protection